Wind, Digital Blog — 24 August, 2026
Shipping faces growing pressure to reduce emissions as international and European regulations tighten. Wind-assisted ship propulsion (WASP) offers one near-term response, but performance can vary significantly because wind close to sea level is turbulent and affected by waves, thermal gradients and ...
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Wind, Digital Blog — 20 July, 2026
As offshore wind farms move further from shore and sea conditions grow increasingly hostile, ensuring safe and efficient technician transfers from crew transfer vessels, CTVs, to fixed monopiles has become a critical operational priority. Traditional mooring and fender solutions have long represente...
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Wind, Digital Blog — 15 July, 2026
As wind turbine platforms grow larger and hub heights increase, installing longer and heavier blades places unprecedented technical and logistical pressures on installation teams. In complex terrain and tight construction windows, advanced lifting technology has become a decisive factor in project s...
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Wind, Digital Blog — 15 July, 2026
The global wind energy industry was born in Denmark and matured across Europe, China and the United States. However, as fleets expand into remote environments with unique climate profiles, the traditional full-service asset management models are beginning to crack under the weight of their own assum...
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Wind, Digital Blog — 15 July, 2026
Europe's wind energy sector has entered a decisive era of delivery. In 2025, the continent installed 19.1 GW of new wind capacity, bringing its cumulative grid-connected total to 304 GW. While onshore projects continue to serve as the immediate volume driver, accounting for roughly 90% of these new ...
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Wind, Digital Blog — 15 July, 2026
The rapid evolution of wind turbine technology is fundamentally rewriting the engineering requirements for heavy-duty drivetrains. To capture more energy at lower wind speeds, modern turbine designs are using massive rotor diameters, which scales up the structural torque demands placed directly on t...
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Wind, Digital Blog — 13 July, 2026
Failure rates across both legacy and new wind turbine fleets are increasing across the wind industry. This rising trend is affecting aging legacy fleets, midlife assets and newly installed turbines alike.
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Wind, Digital Blog — 13 July, 2026
As global wind energy deployment accelerates, meeting ambitious targets over the next decade is shifting from a matter of aspiration to a challenge of pure execution. Turbines are growing larger, projects are becoming increasingly complex and supply chains remain under sustained pressure.
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Wind, Digital Blog — 13 July, 2026
Undetected blade faults are costing the wind industry billions of pounds each year. For turbine operators, the difference between early detection and delayed intervention is stark, often meaning the difference between a £30,000 repair and a £500,000 replacement. As turbines scale up in size and capi...
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Wind, Digital Blog — 13 July, 2026
Smart controls and remote monitoring offer immense efficiency for renewable grid integration, but they also expand the cyber attack surface. With many sites relying on legacy operational technology and unpatched perimeter firewalls, a single vulnerability can take a 120 MW wind farm completely offli...
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